Скачать или смотреть Torque in Human Motion Explained | Door Experiment on Force, Distance & Pivot Points

In this biomechanics experiment, Dr. Loay Al-Zube demonstrates how torque works in human motion using the simple example of opening a door. By applying force at different distances from the hinge (pivot point), you’ll see how force, distance, and torque are connected and why it’s easier to push at the edge of the door than near the hinge.

What you’ll learn in this video:
✅ The definition of torque (force × distance from pivot)
✅ Why pushing farther from the hinge requires less effort
✅ Real-world applications of torque in engineering, sports, and daily life
✅ How this principle explains long-handled tools, levers, and athletic movements
✅ Why torque is a fundamental concept in biomechanics

This experiment is perfect for students, educators, and anyone curious about physics and biomechanics. It turns an everyday activity—opening a door—into a hands-on way to understand one of the most important forces shaping human movement.

🔔 Subscribe for more biomechanics lessons, experiments, and labs from the Basic Biomechanics Course (#BME310).

#Biomechanics #Torque #HumanMotion #PhysicsExperiment #BME310

Join this channel to get access to members-only high-quality content and perks:
   / @alzube